Perplexity pricing: API cost per model, user, and month

Perplexity lists 4 priced models in the ByteCosts index, with Sonar at about $1.00 per million tokens on ByteCosts' 70% input / 30% output blend. For most AI apps the bill is driven by output tokens, retry rate, and prompt-cache hit rate far more than the headline input price, so Perplexity is cost-effective when your workload is input-heavy (RAG, classification) or can cache a large shared prefix. Compare Perplexity against alternatives on a real workload - seats, requests, and token mix - before committing to a model or a subscription, because a cheaper per-token price can still lose once power users and long outputs are priced in.

Perplexity pricing at a glance

• Cheapest tracked chat model: Sonar at $1.00 per 1M tokens (blended)
• Flagship: Sonar Pro at $6.60 per 1M tokens (blended)
• Last recorded price event: Sonar Pro web search per1k on Jun 1, 2026
• 4 priced models in the index, updated July 19, 2026

Perplexity model prices

Per-million-token list prices for current Perplexity models, from the ByteCosts pricing index. Output tokens usually cost several times more than input.

Recent Perplexity price events

Source-backed price events recorded for Perplexity in the ByteCosts ledger, newest first. Every event below is a first-time listing - the ledger started tracking that rate; the model itself may be older.

When Perplexity is cost-effective

Token price alone does not decide cost. The variables that actually move an AI bill are: how many output tokens each call emits (output is the expensive side), how often calls retry, what fraction of the input prefix can be served from prompt cache, and how heavily your top 1% of users use the product.

Perplexity tends to win when your workload is input-heavy with short outputs, when you can cache a large shared system prompt or document context, or when a smaller Perplexity model clears your quality bar. It tends to lose when outputs are long and uncached, where a cheaper-per-output model compounds the saving across millions of calls.

Hidden costs to watch with Perplexity

List pricing rarely equals your invoice. Budget for these before you commit:

• Output-token blow-up: reasoning and verbose responses multiply the most expensive token class.
• Retries and tool loops: a single failed agent step can re-send the whole context.
• Cache misses: prompt caching only saves money above a break-even reuse count; cold prefixes pay the write premium.
• Power users: a small share of heavy users can dominate spend and erase a plan's margin.
• Egress and gateway fees: LLM gateways and observability add a percentage on top of raw model cost.

Limitations before production billing decisions

Treat ByteCosts calculations as planning estimates, not final billing totals. Real invoices can differ because token mix, retry rate, cache hit rate, rate limits, taxes, gateway fees, regional pricing, and negotiated discounts change the effective cost.

Verify the provider source before production billing decisions, then compare the estimate with your own logs or invoice once production traffic is live.

Lower-blend alternatives to Perplexity

On ByteCosts' 70% input / 30% output chat blend, these providers screen lower than Perplexity. Treat this as a shortlist, not a decision - check the selected model against your real token mix:

• Mistral - $0.040 blended via Ministral 3B (latest), 28 priced models.
• Cohere - $0.071 blended via Command R7B, 8 priced models.
• Alibaba Qwen - $0.095 blended via Qwen Turbo, 43 priced models.

Frequently asked questions

Perplexity pricing. ByteCosts. Updated July 19, 2026. https://bytecosts.com/pricing/perplexity/

Sources

• Perplexity official pricing
• Perplexity website

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